Ultrasonic Thickness measurement is non destructive method of measurement and particularly, suitable for components having access only from one side, where conventional gauge cannot be used.

Applications

It is especially useful in measurements of thickness of pipes, pressure vessels.We have automated systems for online thickness measurement in pipes or plates and for applications like corrosion monitoring, bond testing, lamination detection, material characterization. The testing is fast, reliable and with high accuracy. Four different models of Ultrasonic Thickness Gauge are offered to suit different areas of application.

• Light weight, easy to use.
• Thickness measurement possible for one side access components.
• On line thickness monitoring, with suitable fixtures.
• Microprocessor controlled with facility to store calibration and measured data.

• Metric/English Units.
• Auto memory (with time selectable from 1 to 10 sec.)

Color mapping (with suitable software). This is suitable for large parts particularly plates where readinUltrasonic Thickness measurement is non destructive method of measurement and particularly, suitable for components having access only from one side, where conventional gauge cannot be used.

Applications

It is especially useful in measurements of thickness of pipes, pressure vessels.We have automated systems for online thickness measurement in pipes or plates and for applications like corrosion monitoring, bond testing, lamination detection, material characterization. The testing is fast, reliable and with high accuracy. Four different models of Ultrasonic Thickness Gauge are offered to suit different areas of application.

• Light weight, easy to use.
• Thickness measurement possible for one side access components.
• On line thickness monitoring, with suitable fixtures.
• Microprocessor controlled with facility to store calibration and measured data.

• Metric/English Units.
• Auto memory (with time selectable from 1 to 10 sec.)

Color mapping (with suitable software). This is suitable for large parts particularly plates where readings are taken at various points on grid, which are represented with different colors to get quick idea about thickness variation.gs are taken at various points on grid, which are represented with different colors to get quick idea about thickness variation.

Ultrasonic Thickness measurement is non destructive method of measurement and particularly, suitable for components having access only from one side, where conventional gauge cannot be used.

Applications

It is especially useful in measurements of thickness of pipes, pressure vessels.We have automated systems for online thickness measurement in pipes or plates and for applications like corrosion monitoring, bond testing, lamination detection, material characterization. The testing is fast, reliable and with high accuracy. Four different models of Ultrasonic Thickness Gauge are offered to suit different areas of application.

• Light weight, easy to use.
• Thickness measurement possible for one side access components.
• On line thickness monitoring, with suitable fixtures.
• Microprocessor controlled with facility to store calibration and measured data.

• Metric/English Units.
• Auto memory (with time selectable from 1 to 10 sec.)

Color mapping (with suitable software). This is suitable for large parts particularly plates where readinUltrasonic Thickness measurement is non destructive method of measurement and particularly, suitable for components having access only from one side, where conventional gauge cannot be used.

Applications

It is especially useful in measurements of thickness of pipes, pressure vessels.We have automated systems for online thickness measurement in pipes or plates and for applications like corrosion monitoring, bond testing, lamination detection, material characterization. The testing is fast, reliable and with high accuracy. Four different models of Ultrasonic Thickness Gauge are offered to suit different areas of application.

• Light weight, easy to use.
• Thickness measurement possible for one side access components.
• On line thickness monitoring, with suitable fixtures.
• Microprocessor controlled with facility to store calibration and measured data.

• Metric/English Units.
• Auto memory (with time selectable from 1 to 10 sec.)

Color mapping (with suitable software). This is suitable for large parts particularly plates where readings are taken at various points on grid, which are represented with different colors to get quick idea about thickness variation.gs are taken at various points on grid, which are represented with different colors to get quick idea about thickness variation.